seakeeping assessment

简明释义

耐波性评定

英英释义

例句

1.Before launching the new ship, a seakeeping assessment was essential to ensure safety and efficiency.

在新船下水之前，进行航行稳定性评估是确保安全和效率的必要步骤。

2.The results of the seakeeping assessment indicated that modifications were needed for better stability.

对航行稳定性评估的结果表明，需要进行修改以提高稳定性。

3.The engineering team conducted a thorough seakeeping assessment to evaluate the vessel's performance in rough waters.

工程团队进行了全面的航行稳定性评估，以评估船只在恶劣水域的表现。

4.A detailed seakeeping assessment helps in predicting how a vessel will behave in various sea conditions.

详细的航行稳定性评估有助于预测船只在各种海况下的表现。

5.The seakeeping assessment revealed that the hull design needed adjustments for optimal performance.

这次航行稳定性评估显示，船体设计需要调整以达到最佳性能。

作文

Seakeeping is a critical aspect of naval architecture and marine engineering, focusing on how a vessel behaves in the water. A thorough seakeeping assessment (海上航行能力评估) is essential to ensure that a ship can operate safely and efficiently in various sea conditions. This process involves evaluating the ship's performance in waves, wind, and other environmental factors that can affect its stability and maneuverability. As maritime operations become more complex and demanding, the importance of a robust seakeeping assessment (海上航行能力评估) cannot be overstated.To begin with, a seakeeping assessment (海上航行能力评估) typically involves computer simulations and model testing. Advanced software can predict how a vessel will respond to different wave patterns and sea states. These simulations allow engineers to identify potential issues before the ship is built or put into service. Model testing, on the other hand, involves creating a scaled-down version of the vessel and testing it in a controlled environment, such as a towing tank. This hands-on approach provides valuable data on the ship's behavior in real-world scenarios.One of the key metrics evaluated during a seakeeping assessment (海上航行能力评估) is the ship's motion characteristics. This includes parameters like pitch, roll, and heave, which describe how the vessel moves in response to waves. A ship that rolls excessively may be prone to capsizing, while one that pitches too much can experience structural stress. By analyzing these motions, engineers can make design modifications to enhance stability and comfort for passengers and crew.Moreover, the safety of a vessel is paramount, and a comprehensive seakeeping assessment (海上航行能力评估) plays a vital role in this regard. Ships are often required to operate in challenging environments, such as rough seas or extreme weather conditions. Understanding how a ship behaves under such circumstances allows designers to incorporate safety features that minimize risks. For example, adding stabilizers or adjusting the hull shape can significantly improve a vessel's performance in adverse conditions.In addition to safety, a seakeeping assessment (海上航行能力评估) also impacts operational efficiency. A vessel that can maintain its course and speed in rough seas will consume less fuel and reduce operational costs. This is particularly important for commercial shipping, where fuel efficiency directly affects profitability. By optimizing the design based on seakeeping assessments (海上航行能力评估), shipbuilders can create more economically viable vessels.Furthermore, the results of a seakeeping assessment (海上航行能力评估) can influence regulatory compliance. Many maritime authorities require vessels to meet specific standards regarding their performance in waves and adverse weather. A well-documented assessment can help shipowners demonstrate compliance with these regulations, ensuring smoother operations and avoiding potential fines.In conclusion, a seakeeping assessment (海上航行能力评估) is an indispensable part of ship design and operation. It not only ensures the safety and comfort of those on board but also enhances operational efficiency and compliance with maritime regulations. As the maritime industry continues to evolve, the methods and technologies used in seakeeping assessments (海上航行能力评估) will undoubtedly advance, leading to safer and more efficient vessels in the future.

海上航行能力是海洋建筑和海洋工程的一个关键方面，关注船舶在水中的表现。全面的海上航行能力评估（seakeeping assessment）对于确保船舶能够在各种海况下安全高效地运行至关重要。该过程涉及评估船舶在波浪、风和其他可能影响其稳定性和机动性的环境因素下的性能。随着海事操作变得越来越复杂和苛刻，强有力的海上航行能力评估（seakeeping assessment）的重要性不容小觑。首先，海上航行能力评估（seakeeping assessment）通常涉及计算机模拟和模型测试。先进的软件可以预测船舶在不同波浪模式和海况下的反应。这些模拟允许工程师在船舶建造或投入服务之前识别潜在问题。另一方面，模型测试涉及创建船舶的缩小版，并在受控环境中进行测试，例如拖曳水池。这种动手的方法提供了有关船舶在现实世界场景中行为的宝贵数据。在海上航行能力评估（seakeeping assessment）期间评估的关键指标之一是船舶的运动特性。这包括描述船舶对波浪反应的参数，如俯仰、滚动和升沉。过度滚动的船舶可能容易翻覆，而过度俯仰的船舶可能会经历结构压力。通过分析这些运动，工程师可以进行设计修改，以增强乘客和船员的稳定性和舒适性。此外，船舶的安全性至关重要，全面的海上航行能力评估（seakeeping assessment）在这方面发挥着重要作用。船舶经常需要在具有挑战性的环境中运行，例如恶劣海域或极端天气条件。了解船舶在这种情况下的表现使设计师能够纳入安全特性，从而降低风险。例如，增加稳定器或调整船体形状可以显著改善船舶在不利条件下的表现。除了安全性，海上航行能力评估（seakeeping assessment）还影响操作效率。能够在恶劣海域保持航向和速度的船舶将消耗更少的燃料并降低运营成本。这对于商业航运尤为重要，因为燃油效率直接影响盈利能力。通过基于海上航行能力评估（seakeeping assessment）优化设计，造船商可以创造出更具经济可行性的船舶。此外，海上航行能力评估（seakeeping assessment）的结果可以影响法规合规性。许多海事当局要求船舶在波浪和恶劣天气下达到特定的性能标准。充分记录的评估可以帮助船东证明符合这些法规，从而确保更顺利的操作并避免潜在罚款。总之，海上航行能力评估（seakeeping assessment）是船舶设计和操作不可或缺的一部分。它不仅确保船上人员的安全和舒适，还提高了操作效率和遵守海事法规。随着海事行业的不断发展，未来用于海上航行能力评估（seakeeping assessment）的方法和技术无疑会进步，从而导致更安全、更高效的船舶。